LOCOSYS Technology develops GNSS, RTK and inertial-positioning solutions for autonomous systems, UAVs, automotive electronics and industrial navigation. Its portfolio includes standalone GNSS modules, L1 and L1+L5 receivers, smart antennas, PPS timing modules, dead-reckoning modules, dual-GNSS boards, RTK modules, RTK+DR solutions, AHRS/IMU/RTK platforms, antennas, USB receivers and Mini PCIe/M.2 positioning cards. LOCOSYS supports multi-constellation and multi-frequency reception, high-precision RTK positioning, PPP/PPK techniques and sensor fusion. Its positioning systems can combine GNSS with inertial measurements to improve navigation continuity in dynamic or partially obstructed environments. Current products include compact L1+L5 multi-constellation receivers and RTK solutions for UAV and autonomous platforms. For engineers, LOCOSYS provides hardware and software building blocks for designs requiring standard GNSS navigation, centimeter-class positioning, timing, dead reckoning or integrated attitude and heading information. For RF design, the practical selection process also has to consider operating bands, antenna efficiency or RF gain, impedance matching, coexistence with adjacent radios, cable and connector losses, enclosure materials and the final installation environment. The manufacturer’s development resources are therefore useful during schematic definition, PCB layout, antenna placement, prototype tuning and compliance preparation. Engineers can use the available product families to compare integration level, antenna format, radio interface and environmental requirements while keeping the wireless architecture aligned with the mechanical design. The official manufacturer website provides product-level technical information that can be used to compare available families and identify the most suitable technology for the intended electronic design. For Israeli engineering teams, Boran Technologies can support product identification and local commercial coordination for this manufacturer.